# Cargo and High-Cube Van Repair for San Clemente Fleets

> OCRV Center repairs cargo and high-cube van bodies for San Clemente fleets: structural measurement, panel and rocker replacement, sliding and rear door correction, cutaway box body repair, racking and partitions, refinish and fleet graphics. Work is done in shop at 23281 La Palma Ave in Yorba Linda.

**Type:** Vehicle type  
**Canonical:** https://ocrv.pro/what-we-fix/vans-and-camper-vans/cargo-and-high-cube-vans  
**Updated:** 2026-07-29

## Summary

Cargo and high-cube vans earn money or they do not. We repair Transit, ProMaster, Savana and NV bodies, box van cargo boxes, doors, racking and fleet graphics.

A cargo van is a tool that only has value while it is moving. That single fact changes how these repairs get planned. An owner of a private vehicle wants the best possible outcome. A fleet manager wants a good outcome on a written date, because a van sitting in a shop for an extra nine days is nine days of routes covered by a rental or not covered at all. We schedule commercial van work around that reality, which mostly means confirming that parts are physically in the building before the van comes off the road.

The vehicles themselves are a specific engineering problem. A 148 or 170 inch wheelbase high roof Transit, ProMaster or Sprinter is a tall, long, mostly hollow box with modest torsional stiffness, so impact energy travels much farther than it does in a passenger car. A rear corner hit can move a rear door opening enough to stop the barn doors from latching evenly, and the deformation responsible for it can sit several feet forward of anything you can see from outside. High-cube cutaways add a second structure entirely: a box body bolted to a chassis frame that flexes underneath it.

We are at 23281 La Palma Ave in Yorba Linda with 35,000 square feet, bays and a booth sized for 45 foot coaches, which means a 170 inch extended high roof or a 16 foot cutaway box fits without a problem. San Clemente is about 45 minutes south on the I-5 or the 73. All work is done in shop. We do not run mobile or roadside service.

## Transit, ProMaster, Savana and NV Are Not Interchangeable

The Ford Transit is a unibody with a fairly conventional repair approach, mixed steel grades, and a body that is stiff for its size. Damage tends to stay closer to the impact than it does on longer platforms, and door apertures are the first place structural movement shows. The Ram ProMaster is front wheel drive with a very low load floor and a wide, flat, tall body. That geometry produces enormous flat panel areas that oil-can if you repair them with filler instead of working the metal, and it produces a rocker that sits low and takes curb hits constantly.

The Chevrolet Express and GMC Savana are older architecture, body on frame with separate rails, and that is genuinely useful in a collision. Frame damage is repairable as frame damage rather than as unibody sectioning, and body panels bolt on in ways modern vans do not. The tradeoff is corrosion at the lower body and door bottoms, because these vans have been in service for many years in coastal air. Nissan NV vans share that older, heavier approach and the same lower body corrosion pattern.

What all four share is doors. The sliding door runs on an upper track, a center rail and a lower roller, and all three have to sit in plane for the door to seal and latch. Minor side damage bends the center rail, and after that the door drags, leaks or refuses to latch on the first push. Adjusting rollers until it closes hides the problem for a month. We measure the track geometry and replace bent rails so the door works on geometry rather than on adjustment.

- **Ford Transit:** Unibody with mixed steel grades and good torsional stiffness for the size. Door apertures are the fastest indicator of structural movement and the last dimension we verify before refinish.
- **Ram ProMaster:** Front wheel drive with a low floor and very large flat panels. Long flat sides need metal work rather than filler or they oil-can under coastal sun within a season.
- **Express, Savana and NV:** Body on frame architecture where frame damage is repairable as frame damage and panels bolt on. The recurring issue is lower body and door bottom corrosion after years in coastal service.
- **Sliding door track plane:** Upper track, center rail and lower roller all measured for plane and straightness. Bent rails get replaced so the door seals and latches on geometry instead of roller adjustment.

## High-Cube and Cutaway Box Bodies

A high-cube van is a cutaway chassis with a separate box body bolted to the frame rails, usually through a wood or steel sill and a set of body mounts. The box is a stressed structure in its own right: aluminum or fiberglass reinforced plywood panels bonded and riveted to extruded corner posts, a roof bow assembly, and a floor that ties everything together. It does not flex the same way the chassis under it does, and the interface between the two is where problems start.

The most common issue we see is not impact damage at all, it is the front bulkhead of the box working against the cab. The chassis twists on driveway aprons and freeway transitions, the box resists, and the fasteners at the front sill start elongating their holes. That produces a box that shifts perceptibly, a gap that opens between the cab and the box, and eventually water entering at the front top corner. Correct repair means replacing the sill or the mounting hardware and restoring the shear connection rather than adding another bracket.

Panel damage on a box body is a decision about repair versus section replacement. Aluminum skin on rivets can often be sectioned between posts, which is far cheaper than a full panel and holds up fine when the substrate behind it is sound. Fiberglass reinforced plywood panels are different: once the skin delaminates from the plywood core, the panel has lost its shear value and a cosmetic repair leaves a soft spot. We tap and probe the whole panel before writing scope, because the failed area is always larger than the visible damage.

- **Box to chassis mounting:** The box bolts through a sill into frame rails that flex differently than the box does. Elongated fastener holes at the front sill are the earliest sign, and they show as a gap at the cab.
- **Corner post and rear frame:** Extruded corner posts carry the roof and the rear frame carries the door hardware. Loading dock contact bends the rear frame first, and door alignment goes with it.
- **Aluminum skin sectioning:** Riveted aluminum panels can often be sectioned post to post rather than fully replaced, which cuts cost substantially when the structure behind the skin is still sound.
- **Plywood core panel failure:** Fiberglass reinforced plywood loses shear value once skin separates from core. A filler and paint repair leaves a soft panel, so we map the full delaminated area before quoting.

## Coastal Corrosion at the Rocker, Arches and Door Bottoms

Vans that work the coast corrode in a predictable set of places, and none of them can be repaired from the outside. The rocker below the sliding door track collects grit and water thrown by the front tire and rusts from inside the box section. The rear wheel arch seam where the outer skin meets the inner arch holds moisture against thin factory coating and perforates across a wide area before anything shows on the surface. Rear and side door bottoms have a hemmed edge where the outer skin folds over the inner panel, and rust starts inside that fold.

Grinding a bubble, filling it and spraying it looks correct for about two seasons on a coastal van. Then it comes back, because the corrosion was never inside the paint, it was inside the seam. The repair that actually lasts is cutting the affected section out, treating or replacing the inner structure, welding in new metal, applying seam sealer in the factory pattern and getting cavity wax back into the box section afterward. On a fleet van the arithmetic usually favors doing it right once, because the cheap version gets paid for twice.

For fleets we prefer to survey the whole yard rather than fix vans one at a time as they get ugly. A walkaround with a probe on ten vans tells you which three need arch work this quarter and which seven need cavity treatment now to avoid the same repair in two years. That is a cheaper plan than replacing bodywork on all ten in the same eighteen month window.

## Racking, Partitions, Upfit and Fleet Graphics

Most working vans have an interior: shelving, drawer units, a bulkhead partition, ladder racks, conduit tubes, an inverter and often a full trade specific upfit. All of it has to come out to reach collision damage and all of it has to go back in a way that works. Racking bolted through the floor into structure is straightforward. Racking bolted through thin skin, or racking whose original mounting holes no longer line up because the panel behind them was replaced, needs a plan rather than longer screws.

We photograph and label upfit hardware during removal, and we reinstall into structure with the correct backing where the original build did not have it. Ladder rack mounting into a roof that was replaced is a specific case worth flagging: the rack feet need to land on roof bows, and the sealant at every foot has to be reestablished properly or you have created a leak in a brand new roof.

Graphics are the last step and the one owners notice most. A partial repair on a lettered van means matching the base color and reproducing the graphic across the repaired area so the van does not read as repaired from the parking lot. We spray to a spectrophotometer match on an undisturbed panel, photograph and measure the existing layout before removal, and reproduce cut vinyl to that layout. On multi van fleets we also match against the fleet standard rather than against one aged van, so the repaired unit fits the rest of the yard.

- **Upfit removal and labeled reinstall:** Shelving, drawers, partitions and conduit are photographed and labeled at removal, then reinstalled into structure with correct backing plates where the original mounting relied on skin.
- **Ladder rack feet on roof bows:** Rack feet must land on roof bows, not on unsupported panel, and every foot gets properly resealed. Otherwise a new roof panel starts leaking within its first rainy season.
- **Fleet color standard matching:** Repaired vans get matched against the fleet standard rather than against one sun-faded unit, so the vehicle blends with the rest of the yard instead of standing out.
- **Reflective and conspicuity markings:** Reflective tape and required markings disturbed by a repair get replaced to the same layout. We measure and photograph the original placement before anything comes off.

## What Cargo and High-Cube Van Repair Costs

Body and paint labor is $210 per hour, mechanical and electrical is $260 per hour and diagnostics are $285 per hour with a one hour minimum credited against an authorized repair. Detail is $95 per hour. Paint supplies are $55 per paint hour, body supplies $5 per body hour, and hazmat is $45 flat where applicable. Parts carry 100 percent markup at or under $100 and 35 percent over $100. Jobs over $2,000 require a 50 percent deposit at authorization.

Typical numbers: a van collision and refinish job runs $1,500 to $40,000 and up depending on how far the structure moved. A rear wheel arch corrosion repair done correctly is $1,800 to $4,500 per side. Sliding door track and roller service is $500 to $2,600. High-cube box body panel and skin work is $1,400 to $16,000 and up. Fleet graphics and reflective marking runs $450 to $6,500 depending on coverage.

For fleet accounts the number that matters is downtime, so we sequence multi unit work to keep you down one or two vans at a time instead of five, confirm parts on hand before pulling a van from service, and give written in and out dates per unit. When a date moves, you hear it from us with the reason, not from a driver waiting at the counter.

## Pricing

| Line item | Range | Hours |
| --- | --- | --- |
| Cargo van collision and refinish | $1,500 to $40,000+ | 6 to 190 |
| Sliding door track and roller service | $500 to $2,600 | 2 to 12 |
| Rear wheel arch corrosion repair, per side | $1,800 to $4,500 | 8 to 21 |
| High-cube box body panel and skin repair | $1,400 to $16,000+ | 7 to 75 |
| Fleet graphics and reflective marking | $450 to $6,500 | 2 to 30 |
| Shelving, racking and partition installation | $900 to $9,000+ | 4 to 42 |

## Process

1. **Fleet intake and downtime plan** (Day 1). We photograph the van, list the upfit content, and agree on a written in and out date. On multi unit work we sequence vehicles so only one or two are off the road at a time.
2. **Upfit removal and structural measurement** (Days 1 to 3). Racking, partitions and graphics are documented and removed, then the body is measured against factory specification with door apertures checked as the primary indicator.
3. **Estimate, authorization and parts staging** (Days 3 to 6). Scope is written with photographs, submitted to your carrier or your fleet manager, and parts are ordered immediately. We confirm parts are physically in the building before the repair starts.
4. **Structural, panel and corrosion repair** (Week 2). Structure is pulled to specification, panels and rockers are sectioned at published locations, corrosion areas are cut out and rebuilt, and seam sealer plus cavity wax are restored.
5. **Refinish, upfit reinstall and graphics** (Weeks 2 to 4). Refinish is sprayed to the fleet color standard, upfit and racking go back into structure, graphics and reflective markings are reproduced, and a post repair scan and calibration close the file.

## What is included

- Pre repair diagnostic scan with all stored codes documented
- Structural measurement with door aperture verification
- Panel and rocker sectioning at published locations with specified joint methods
- Corrosion cut-out with inner structure treatment and cavity wax restored
- Sliding and rear door track measurement, rail replacement and geometry reset
- High-cube box body panel, corner post, sill and rear frame repair
- Upfit, racking and partition removal, labeled storage and reinstall into structure
- Refinish to fleet color standard with graphics and reflective marking replication

## Questions

### How long will my van be off the road?

We give a written in and out date at authorization, and the honest driver of that date is parts availability. We confirm parts are physically in the building before pulling a van from service, which is the single biggest thing a shop can do to protect a fleet schedule. When a date moves you hear it from us with the reason.

### My sliding door leaks and drags. Can you just adjust it?

Adjustment hides it for a few weeks. The usual cause is a bent center rail, which puts the three tracks out of plane so the door loads its seal unevenly and the latch misses. We measure track plane and straightness and replace bent rails, so the door works on geometry. Typically $500 to $2,600.

### Can you repair the box on a high-cube cutaway rather than replace it?

Usually yes. Riveted aluminum skin can often be sectioned between corner posts, and rear frames and posts are repairable. The exception is fiberglass reinforced plywood panels where the skin has separated from the core, because those have lost their shear value. We tap and probe the whole panel before writing scope.

### Will a repaired van match the rest of my fleet?

We match to the fleet color standard rather than to one sun-faded unit, and we photograph and measure existing graphics before removal so the layout is reproduced exactly. Reflective and required markings disturbed by the repair go back to the same placement. That is how a repaired van stops standing out in the yard.

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